6 tasly microcirculation Mistakes That Every [BLANK] Should Avoid

What is Fingernail Growth and tasly microcirculation

What is Fingernail Growth and tasly microcirculation

Fingernails reach their peak growth in the second and third decades, with a slight decline thereafter. A possible reason, is decreased blood flow and medical conditions that can affect it — like Raynaud’s phenomenon, which causes a spasmodic constriction of blood flow.

As the nail receives nutrition from blood flow, new nail plate cells are made. They push older nail plate cells forward extending the length of the nail. In humans, nails grow at an average rate of 3 mm (0.12 in) a month.

Using the AVACEN 100 has been shown to increase projected fingernail growth by approximately 400% of normal expected growth on both the treatment hand and the opposite hand. This is attributed to the increased microvascular circulation and nutrition initiated by the device.*

A 56 year old female was used in the pictures below. Only the left hand was used in the AVACEN 100 for a 6 day period. Using recognized nail growth calculations; the average age adjusted nail growth should be approximately 1/10th of an inch for an entire month . The pictures below shows the nail growth on the right hand to be approximately 1/10th of an inch in only 6 days.

What is Multi-location tasly microcirculation?

What is Multi-location tasly microcirculation?

Characteristics:
Double object lens with adjustable focus and continuously adjustable magnifying power
Long working distance of 10cm
Freely adjustable illuminating angle of optic fibers
Focus adjustment hand wheel
With two specialized microcirculation software installed for nailfold and bulbar conjunctiva analysis
Operating system for the software: windows98/windows2000/windowsXP

Multi-location Multi – purpose. tasly microcirculation (ultra microscope,high-magnification microscope,high-resolution microscope) is an advanced medical Instrument equipped with a special cold light source, all kinds of microscopic examination of the capillaries of the skin, mucosa and muscle are traumaless.It can be used for ecological observation, photographing and video-recording the microcirculatory status.

This instrument possesses a computerized microscopic (high-magnification microscope,ultra microscope,high-resolution microscope) dim-light TV monitoring and an Microcirculation (ultra microscope) Image Data Analyzing System, being able to measure the diameter and the cross-section area of the microvessel, as well as the speed and the quantitative amount of blood flow. By means of image analysis, the density of microvessels could be evaluated and thrombotic masses can be isolated and clearly shown. This new instrument devotes to a newest scientific technique for observing the micro-world of medical studies. It has been effectively applied in many hospitals. Medical universities and scientific research, institutes in our country for ecological observations and the early diagnosis of microcirculatory changes in many clinical departments for various diseases, such as, shock, hypothermic anesthesia. reconstruction of amputated limbs, extracorporeal circulation, cardiac surgery ,burns. vasculitis, Raynauds diseases, hypertension, coronary disease, mycoardial inforction. cardiac failure, hepatitis, leukermia, anemia bronchial asthma, cerebrovascular diseases, pulmonary emphysema, corpulmonale, acute nephritis, chronic nephritis, peptic ulcer, pancreatits., diabetes mellitus, systemic lupus erythematosis. Rheumatoid arthritis, scleroderma, fulminant epidemic meningitis, toxic dysentery, pneumonia, toxemia of pregnancy, eclampsia. And so forth. It has also been practically used in the clinical wards of Dermatology, Chinese Traditional Medicine, Oncology, Acupuncture and Moxibustion. This instrument has been highly appreciated in being used in-cases of DIC( Disseminated Intravascular Coagulation) which is a life-threatening condition characterized by acute microcirculatory thrombosis followed by a severe critical acute microcirculatory failure.

In China, this multi-location microcirculation microscope (high-magnification microscope,ultra microscope,high-resolution microscope) has been used in clinical practice for monitoring intensive care patients, predicating the effect of treatment and prognosis, and directing the emergent. management of critical conditions.

Our plant is the only nationally designed factory for specialization in the Manufacture of microcirculation microscope (high-magnification microscope,ultra microscope,high-resolution microscope) system products in China. With great honor, this instrument awarded the National Invention Prize. The National Technological Development Prize. The World Invention Gold Prize in Leipsic and the International Patent Gold Prize, as well as World Invention Prize. The instruments have been exported to more than ten countries in the world.

How to Installation and use the tasly microcirculation?

How to Installation and use the tasly microcirculation?

Insert the Monitor into the microscope.
Plug in 110Vto220 V power supply, and turn on the switch.
Spread a little fragrant pitch on the nail fold of the third finger on left hand and put it in the finger seat, adjust the vertical-horizontal platform to make the nail fold under the objective lens, use the structure of ascent and descent adjustment to adjust the focus until the image become clear.
Horizontally move the Light source to adjust the direction or angle of image on the monitor.

What is tasly microcirculation Structure?

What is tasly microcirculation Structure?

1. 8 inch monitor

2. imported chip CCD

3. fine handwheel

4. coarse handwheel

5. platform lateral movement

6. longitudinal movement of the platform

7. finger hold

8. image spot adjustment ( could totate from left and right )

How to use tasly microcirculation?

How to use tasly microcirculation?

1.Fix the screen on the top of the mechanical machines.

2.Plug in the power line and vidao line to the interface of the base.

3. Connect the plug, the plug shows green lights. Press the “Power” button of the screen, wait 3 seconds, the screnn will light.

4.Paint three drops of oil at the position of the intersection of the ring finger nails and skin. Put the oil coated finger in finger hold.

5. Adjust the coarse hand wheel, when the screen displays images, then adjust fine handwheel. Picture becomes clearer. The bigger one is the coarse adjustable wheel and the small wheel is the fine handwheel. When the machine is about 2-3cm away from the finger, there will be a transparent image on screen.

6.Then, adjust platform lateral movement hand wheel to et a correct position of the first line of the vessel( capillary tube ) and adjust the fine coarse hand wheel to get a clear picture of the vessel. Your fingers will move from left to right on the double loading platform. So try to find the first line of vessels by rotating the platform lateral movement handwheel to change the position of the finger. And finally rotate the fine hand wheel ( the position is showed in the structure ) to get a clear picture of the vessels.

7.If there is spot on the screen, rotate the camera right and left to eliminate it.

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